As the method is not mentioned. I have solved it using laplace and partly without laplace.
Please show detailed work-up Solve the IVP [j] = [-3 1] [:] + [6] [70] =...
Solve the IVP [] = [-3 1] [2+[6] [70] - [%]
Solve the IVP (31°= [-3 1] (x1+[] [70] - [-]
a. b. Solve the IVP -5 3 [= il (x1+[ 6te *) (O)=(-1) -3 Solve the IVP 79 [] = [-* ?] [?]+[6] [70] = [4] 1 0
please be as detailed as possible, thank you Solve the given IVP using the method of Laplace transform. y" – 4y + 4y = {'ezt, y(0) = 1, y(0) = 0)
Solve the IVP: y''+4y=0 with y(0)=-3 and y'(0)=6 Please show how you get yP.
solve the IVP Q2) Solve the IVP. Show the steps of derivation, beginning with the general solution Xy' + y = 0, y(4) = 6 dr/dt = - 211. 7(0) = lo v' = -4x/y: V(2) = 3
Solve the IVP 1 (31= [ -> ] (3) [6**) (O)= [-] +
please do at least 2 and show every step (3) Solve the IVP using the Laplace transform +e sin( 2e cos(2t 7--2t
please help and show steps 3. Solve the following IVP: ly'(0) = y'o, y(0) = yo where p > 0 and k 1. 2. Let k=0 Use the above power series to solve the following IVP. List the first six nonzero terms the solution the differential equation. ay = (t + y)2 ,y(0) = 0.
Please Solve the IVP and define the interval at which the solution is defined. Please show steps clearly di dt 29, L-+ Ri = E, ㈣ = , L, R, E, ,constants